Advanced Gas Condensate Reservoir Management

This course is designed to provide participants with a detailed and up-to-date overview of Advanced Gas Condensate Reservoir Management.

It covers the gas condensate reservoir characteristics, phase behavior, and their significance in the oil and gas industry; the phase behavior and PVT analysis for gas condensate systems and reservoir fluid properties; the rock-fluid interactions in gas condensate reservoirs and their impact on reservoir behavior and recovery; the reservoir classification and characterization and techniques for reservoir fluid sampling and laboratory analysis; and the reservoir engineering principles specific to gas condensate reservoirs.

Further, the course will also discuss the design, execution and interpretation of well tests in gas condensate reservoirs to reservoir properties and performance; the reservoir performance analysis, condensate banking, pressure maintenance and enhancement strategies and the use of nodal analysis for production optimization; the enhanced gas recovery (EGR) methods and hydraulic fracturing techniques to improve well productivity in tight gas condensate formations; the artificial lift systems suitable for gas condensate wells to enhance production; and the low salinity water flooding as an EOR technique in gas condensate reservoirs.

• Apply and gain an advanced knowledge on gas condensate reservoir management
• Discuss gas condensate reservoir characteristics, phase behavior, and their significance in the oil and gas industry
• Carryout phase behavior and PVT analysis for gas condensate systems and identify reservoir fluid properties
• Analyze rock-fluid interactions in gas condensate reservoirs and their impact on reservoir behavior and recovery
• Apply reservoir classification and characterization as well as techniques for reservoir fluid sampling and laboratory analysis
• Discuss reservoir engineering principles specific to gas condensate reservoirs
• Design, execute and interpret well tests in gas condensate reservoirs to determine reservoir properties and performance
• Employ reservoir performance analysis, condensate banking, pressure maintenance and enhancement strategies and the use of nodal analysis for production optimization
• Carryout enhanced gas recovery (EGR) methods and hydraulic fracturing techniques to improve well productivity in tight gas condensate formations
• Evaluate artificial lift systems suitable for gas condensate wells to enhance production and explore low salinity water flooding as an EOR technique in gas condensate reservoirs
• Implement thermal recovery methods and discuss the latest technological advances and research directions in enhancing gas condensate recovery
•  Build and calibrate reservoir simulation models specific to gas condensate reservoirs and apply advanced techniques for modeling phase behavior and multiphase fluid flow in gas condensate systems